Explore the range of expert solutions we provide across geotechnical and infrastructure projects.
Slope Stabilization & Landslide Preventionn : We analyze, design, and implement slope stabilization systems using methods like soil nailing, rock bolting, and mechanical stabilization.
Retaining Structures : Design and construction gabion walls, and reinforced earth systems to provide long-term slope support.
Drainage Solutions : Surface and subsurface drainage installations to control water infiltration and reduce slope pressure.
Erosion Control & Vegetation : Installation of bioengineering systems and erosion control products such as geotextiles, coir mats, and native planting.
Emergency Stabilization : Rapid-response services for slopes showing signs of failure or post-disaster stabilization.
At Vaigai infra geo tech we deliver advanced Excavation support in geotechnical engineering refers to temporary or permanent systems designed to stabilize the sides of an excavation and protect workers, structures, or infrastructure nearby. These services are we provide for soil collapse and ensure safety during excavation activities.
Soldier Piles and Lagging
Vertical steel H-beams (soldier piles) driven or drilled into the ground.
Horizontal wood or concrete panels (lagging) inserted between piles.
Suitable for temporary or permanent support.
Secant Pile Walls
Interlocking bored piles with overlapping sections.
Provides both earth and water retention.
Common in urban settings.
Micropiles (also called minipiles) are small-diameter : high-capacity drilled and grouted piles typically used in geotechnical engineering for foundation support and ground improvement.
Anchored Systems
Ground anchors (tiebacks) used with retaining walls.
Transfers loads into deeper, stable soil/rock layers.
Used when vertical faces are needed in limited space.
Uncontrolled water seepage can compromise the stability, safety, and durability of civil infrastructure. At Vaigai infra geo tech, we provide advanced geotechnical seepage control solutions tailored to protect foundations, slopes, basements, tunnels, and embankments from water-related risks.
Permeation Grouting : Fills pores in granular soils.
Compaction Grouting : Displaces soil to form a barrier.
Curtain Grouting : Creates a vertical barrier beneath dams or walls.
At Vaigai infra geo tech, we specialize in enhancing the bearing capacity of soils to ensure safe, stable, and cost-effective foundation systems for all types of structures. Our geotechnical experts use advanced site evaluation and ground improvement techniques to strengthen weak or compressible soils, minimizing settlement and maximizing structural performance.
Tam Grouting : Tam Grouting is a specialized grouting technique used primarily in geotechnical and tunneling applications to improve soil or rock mass properties. Here's an overview:
Consolidation grouting : Consolidation grouting (also called compaction grouting in some contexts) involves the injection of grout under pressure into the ground to fill voids, fractures, or pores, effectively consolidating and reinforcing the soil or rock mass.
At Vaigai Infra Geo tech, we provide comprehensive solutions in ground anchoring and geotechnical structural systems that ensure the stability and performance of critical infrastructure. Our services are designed to support deep excavations, retain earth structures, and resist lateral and uplift forces across a wide range of projects.
Rock Anchors : Anchors drilled and grouted into solid rock.
Very high load capacity,Long-term performance in stable rock formations,
Soil Nail Anchors : Reinforcing bars inserted into pre-drilled holes in soil and grouted in place.
Stabilizes slopes and retaining walls,Economical and flexible in design,Minimal surface disruption.
Bar Anchors : Bar anchors are typically made of high-strength steel bars
Simple design and installation,High tensile strength,Easily tensioned on-site,Ideal for both temporary and permanent applications,Good corrosion protection when used with proper coatings or grout encapsulation.
Temporary Anchors : Used for short-term support, such as during excavation or construction works in metro city's
This is Cost-effective for short-duration needs,Faster installation without long-term corrosion protection,Easier to remove or abandon after use,Minimal material wastage due to limited design life,Ideal for temporary retaining walls, bracing, and shoring.
Permanent Anchors : Designed for long-term stability and safety, with lifespans typically over 30–50 years. These include corrosion protection systems like double corrosion protection (DCP).
Provides long-term stability and safety,Includes high-quality corrosion protection (grout, sheathing, coatings),Lower maintenance costs over time,Suitable for critical infrastructure (e.g., dams, bridges, permanent retaining walls).